A differentiated activity for 3 ability levels. To be used after the initial equation has been taught in lesson. The three different worksheets can be printed on green, orange and red paper to make differentiation in class books more evident.

Read to check contents. This resource contains: Specific heat capacity Resistance of the wire IV characteristics Density of a regular shape Density of an irregular shape Density of a liquid Force and extension Acceleration Waves Radiation and absorption

This lesson is made for the following specification for revision purposes. Recall that all electromagnetic waves are transverse, that they travel at the same speed in a vacuum [5.7] Explain, with examples, that all electromagnetic waves transfer energy from source to observer [5.8] Recall the main groupings of the continuous electromagnetic spectrum [5.10-5.12] Recall that the potential danger associated with an electromagnetic wave increases with increasing frequency [5.20] Describe the harmful effects on people of excessive exposure to electromagnetic radiation [5.21] Describe uses of the electromagnetic radiation [5.22]

This resource contains 12 slides total Density of regular shapes Written method with variables & calculations Visual method Questions on method (6) Answers for questions Density of irregular shapes Written method with variables, risks, & calculations Visual method Questions on method (8) Answers for questions Density of a liquid Written method with variables, risks, & calculations Visual method Questions on method (6) Answers for questions

Formatted to A4 landscape Covers Conservation of energy Dissipating energy Energy transfer examples Dissipated energy examples (how to reduce) Calculating efficiency - 2 examples Main energy sources on earth Renewable VS non renewable Trends in energy use

Made for Edexcel - however the same content is in AQA Learning objectives - spec points Draw circuit diagrams using the correct symbols [10.2] Describe the difference between series and parallel circuits [10.3] Define voltage and describe how to correctly connect a voltmeter in a circuit [10.4-5] Define current and describe how to correctly connect an ammeter in a circuit [10.7/8]

Click on the sample on each slide to test if the sample is a conductor or an insulator Ideal for use with year 7 when a practical cannot be done.

The spec from Edexcel physics GCSE as a spreadsheet for progress tracking